Thermodynamics and Statistical Physics MCQs Question and Answer in Engineering Physics
Explore a curated set of multiple-choice questions (MCQs) focused on Thermodynamics and Statistical Physics within the engineering Physics section. Thermodynamics and Statistical Physics MCQ Quiz Pdf and prepare for your upcoming exams Like GATE and engineering exams. Page-2 section-1
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A system of N non-interacting and distinguishable particles of spin 1 is in thermodynamic equilibrium. The entropy of the system is
Which of the following conditions should be satisfied by the temperature T of a system of N non-interacting particles occupying a volume V, for Bose-Einstein condensation to take place?
(where, m is the mass of each particle of the system, kB is the Boltzmann constant, h is the Planck's constant and $$\xi $$ is the well known zeta function.)
The equation of state of a dilute gas at very high temperature is described by $$\frac{{pV}}{{{k_B}T}} \approx 1 + \frac{{B\left( T \right)}}{V},$$ where V is the volume per particle and B(T) is a negative quantity. One can conclude that this is a property of
Which of the following relations between the particle number density n and temperature T must hold good for a gas consisting of non-interacting particles to be described by quantum statistics?
A monatomic crystalline solid comprises of N atoms, out of which n atoms are in interstitial positions. If the available interstitial sites are N', then number of possible micro-states is
A heat pump working on the Carnot cycle maintains the inside temperature of a house at 22°C by supplying 450 kJ/s. If the outside temperature is 0°C, the heat taken, in kJ/s, from the outside air is approximately
